Aluminum Sulfate and Plant Ble Coloration
The reason why alum and plant blue transformation
There are doubts about the reason why alum causes blue transformation in plants. Alum, aluminum sulfate, is also related to plant blue transformation, and there are many opinions. Today, there are many opinions.
Aluminum sulfate dissociates when it enters water. Its ionic state is involved in the change of soil acid and alkali in the first place due to the action of plants. Adding aluminum sulfate to the soil can reduce its pH value, causing the soil to become acidic. The acidic change in the environment where the plant root system is located affects its uptake of various elements. In plants such as hydrangea, acidic soil promotes the absorption of aluminum, and this aluminum ion interacts with the pigment in the plant body, which may be the cause of blue transformation.
Furthermore, aluminum sulfate ions may be involved in the synthesis and metabolism of plant pigments. The generation of plant pigments is formed by complex biochemical reactions. Aluminum sulfate ions may interfere with this series of reactions, causing changes in the amount and type of pigment production, and then blue transformation. Taking flowers as an example, their pigment changes make the color of flowers blue, which presents a different scene for the viewer.
And aluminum sulfate also has an impact on plant cell physiology. Its ions may change the permeability of cell membranes, resulting in abnormal intracellular material exchange. This change indirectly affects the transportation and reaction of pigment metabolism-related substances, and may also be the key to plant blue transformation.
In short, aluminum sulfate causes plant blue transformation due to various effects such as soil acid-base, pigment metabolism and cell physiology. However, the state of plants is not only due to aluminum sulfate, but also related to light, temperature and humidity, and nutrients. To study the full cause of plant blue change, it is necessary to comprehensively consider various factors in order to clarify the mystery.
There are doubts about the reason why alum causes blue transformation in plants. Alum, aluminum sulfate, is also related to plant blue transformation, and there are many opinions. Today, there are many opinions.
Aluminum sulfate dissociates when it enters water. Its ionic state is involved in the change of soil acid and alkali in the first place due to the action of plants. Adding aluminum sulfate to the soil can reduce its pH value, causing the soil to become acidic. The acidic change in the environment where the plant root system is located affects its uptake of various elements. In plants such as hydrangea, acidic soil promotes the absorption of aluminum, and this aluminum ion interacts with the pigment in the plant body, which may be the cause of blue transformation.
Furthermore, aluminum sulfate ions may be involved in the synthesis and metabolism of plant pigments. The generation of plant pigments is formed by complex biochemical reactions. Aluminum sulfate ions may interfere with this series of reactions, causing changes in the amount and type of pigment production, and then blue transformation. Taking flowers as an example, their pigment changes make the color of flowers blue, which presents a different scene for the viewer.
And aluminum sulfate also has an impact on plant cell physiology. Its ions may change the permeability of cell membranes, resulting in abnormal intracellular material exchange. This change indirectly affects the transportation and reaction of pigment metabolism-related substances, and may also be the key to plant blue transformation.
In short, aluminum sulfate causes plant blue transformation due to various effects such as soil acid-base, pigment metabolism and cell physiology. However, the state of plants is not only due to aluminum sulfate, but also related to light, temperature and humidity, and nutrients. To study the full cause of plant blue change, it is necessary to comprehensively consider various factors in order to clarify the mystery.

Scan to WhatsApp